Global concentrations of methane, a powerful greenhouse gas and cause of climate change, are now growing faster in the atmosphere than at any other time in the past two decades.
Environment
Dec 12, 2016
11
2286
A team of researchers at the University of Delaware has found that incorporating rice husk to soil can decrease toxic inorganic arsenic levels in rice grain by 25 to 50 percent without negatively affecting yield.
Other
Jun 8, 2016
0
564
The creation of a new kind of rice which gives off nearly zero greenhouse gas emissions during its growth has earned kudos for a team of scientists from three continents, including the lead investigator at the Department ...
Biotechnology
Nov 24, 2015
0
34
Shuichi Yokota may be the future of Japan's struggling rice industry.
Biotechnology
Oct 19, 2014
0
0
Microbes that live in rice paddies, northern peat bogs and other previously unexpected environments are among the bacteria that can generate highly toxic methylmercury, researchers at Oak Ridge National Laboratory and the ...
Environment
Sep 12, 2013
2
0
An ill-fated plan to convert nearly 2.5 million acres of Kalimantan peat swamp forest into rice paddies has contributed to Indonesia becoming the third-largest emitter of carbon, according to SDSU professor Mark Cochrane, ...
Environment
Sep 12, 2013
0
0
The brown, smog-filled skies that engulf Beijing have earned China a poor reputation for environmental stewardship. But despite China's dirty skies, a study led by Stanford environmental scientists has found that a government-run ...
Environment
Sep 5, 2013
0
0
Cutting the amount of short-lived, climate-warming emissions such as soot and methane in our skies won't limit global warming as much as previous studies have suggested, a new analysis shows. The study also found a comprehensive ...
Environment
Aug 12, 2013
15
0
Farmers have resumed planting rice for market only 15 kilometres (nine miles) from Japan's crippled Fukushima Daiichi nuclear power station, a local official said Wednesday.
Environment
May 22, 2013
2
0
With DNA from just four cells, researchers reveal how some of the world's most abundant organisms play a key role in carbon cycling in the seabed.
Cell & Microbiology
Mar 27, 2013
0
0
